From Waste to Energy

Name: From Waste to Energy
Price: 212.99 USD
Availability: InStock
ISBN: 9780443276460

Case Studies of Green Technology Implementation

by Sergio Nogales Delgado, Juan Félix González González, Yves Gagnon

1st Edition

Publisher: Woodhead Publishing

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Book Details

Print ISBN	9780443276460
eText ISBN	9780443276477
Publisher	Woodhead Publishing
Publishing Year	2026
Edition	1st Edition
Language	English
Pages	480

From Waste to Energy, 1st Edition, examines technical methods for converting agricultural and industrial waste into energy and bio-products. Designed for industry professionals working with waste valorization and students involved in bioenergy, this volume outlines primary processing pathways for managing residual biomass.

The text structures its primary coverage around specific chemical and thermal conversion methods. It covers hydrothermal conversion, biogas generation, and green hydrogen production from agrowaste inputs. In addition, the material details negative carbon approaches that convert agricultural waste into biochar to support climate change mitigation.

By detailing specific biological and thermochemical processing options, the text provides targeted reference for bioenergy academic programs and technical specialists. The volume offers practical guidance for evaluating agricultural residue streams and energy production systems.

Chapter 1: Introduction: the role of waste valorization as sustainable energy sources.
Chapter 2: Economic studies about the implementation of waste-to-energy processes and technologies.
Chapter 3: The role of developing cooperation on the implementation waste-to-energy processes.
Chapter 4: Sustainable fuel synthesis from agro residues via supercritical hydrothermal technologies: challenges, insights and perspectives.
Chapter 5: Transforming Biomass Waste into Bioenergy through Hydrothermal Conversion.
Chapter 6: Transforming Tire Waste Management: Navigating Towards a Circular Economy.
Chapter 7: Comparative gas efficiency generation from desert date seeds (shell, peels) and moonlight flower leaves.
Chapter 8: Energy potential of biomass of animal origin.
Chapter 9: Strategies to enhance biogas production from pig livestock waste.
Chapter 10: Transforming Waste into Energy: The Potential of Hydrogen in Fischer-Tropsch processes in Extremadura and combustion boilers.
Chapter 11: Sustainable Agave Fiber Production: Evaluating Biorefinery Strategies for Residue Conversion by Integrating Bio- and Thermochemical Processes.
Chapter 12: Prospective approach for green hydrogen production from lignocellulosic agrowaste.
Chapter 13: Circular bio-based models for the valorization of different agricultural wastes in Mediterranean regions.
Chapter 14: Plastic residues produce from industries, potential and prospects.
Chapter 15: Production of Bioethanol from Cocoa Mucilage CCN51: Technical and Environmental Parameter Evaluation in Internal Combustion Engines.
Chapter 16: Safflower as the cornerstone of a biorefinery with multiple applications: from transesterification to hydrothermal carbonization to energy production in micro gas turbines.
Chapter 17: Digital twins provided with energy storage.
Chapter 18: Conclusions: Towards a real and sustainable development through circular economy.